def relation_add(l, i, sign):
global relation
result_str = ''
if (regex.match(l['name']) != None):
relation_key = regex.match(l['name']).group(1)
if (len(sys.argv) > 1 and sys.argv[1] == 'all'):
result_str = sign + '\33[41m%s\33[0m:%s(%s)\n' % (
i, l['name'], common.hideipFun(l['host']))
else:
if (not relation_key in relation):
result_str = sign + '\33[41m%s\33[0m:%s(%s) <<%s>>\n' % (
i, l['name'], common.hideipFun(l['host']), relation_key)
if (not relation_key in relation):
relation[relation_key] = list()
relation[relation_key].append(i)
return result_str
else:
return sign + '%s:%s(%s)\n' % (i, l['name'], common.hideipFun(
l['host']))
def ssh_verify_by_server(server_info,name,i):
cmd = 'cd ;ls;'
ssh = pexpect.spawn('ssh %s@%s -p %s "%s"' %(
server_info['user'],
server_info['host'],
server_info['port'],
cmd))
msg = '\33[34m%d:\33[33m%s@%s(%s):\33[0m ' %(
i,
server_info['user'],
server_info['name'],
common.hideipFun(server_info['host'])
)
try:
status = ssh.expect(['password:'******'continue connecting (yes/no)?'], timeout=20)
if status == 0 :
ssh.sendline(server_info['password'])
ssh.sendline(cmd)
print(msg+' \033[32mSuccess\033[0m')
elif status == 1:
ssh.sendline('yes\n')
ssh.expect('password: '******'password'])
ssh.sendline(cmd)
print(msg+' \033[32mAdd public key successfully\033[0m')
ssh.close()
return
except pexpect.EOF:
print(msg+' \033[31mEOF\033[0m')
ssh.close()
except pexpect.TIMEOUT:
print(msg+' \033[31mTimeout\033[0m')
ssh.close()
def heartbeat_scp(scp_conns, close_i):
while 1:
if data.heartbeat_paramiko_close[close_i]:
break
try:
for i in scp_conns:
if i in data.scp_isusing and data.scp_isusing[i] == True:
continue
scp_conns[i].listdir_attr('/')
except (Exception) as e:
print('\n')
reconnect_threads = []
for server_num in scp_conns:
if data.heartbeat_paramiko_close[close_i]:
break
reconnect_threads.append(
threading.Thread(target=threads_connect,
args=('重连', server_num)))
threads_handle(reconnect_threads)
for i in scp_conns:
if data.heartbeat_paramiko_close[close_i]:
break
print(
'\33[34m%d:\33[33m%s@%s(%s):%s#\33[0m ' %
(i, data.servers[i]['user'], data.servers[i]['name'],
common.hideipFun(data.servers[i]['host']), data.paths[i]))
time.sleep(30)
def heartbeat_ssh(ssh_conns, close_i):
while 1:
if data.heartbeat_paramiko_close[close_i]:
break
try:
for i in ssh_conns:
ssh_conns[i].exec_command('pwd')
except (Exception) as e:
print('\n')
reconnect_threads = []
for server_num in ssh_conns:
if data.heartbeat_paramiko_close[close_i]:
break
reconnect_threads.append(
threading.Thread(target=threads_connect,
args=('重连', server_num)))
threads_handle(reconnect_threads)
for i in ssh_conns:
if data.heartbeat_paramiko_close[close_i]:
break
print(
'\33[34m%d:\33[33m%s@%s(%s):%s#\33[0m ' %
(i, data.servers[i]['user'], data.servers[i]['name'],
common.hideipFun(data.servers[i]['host']), data.paths[i]))
time.sleep(30)
def ssh_cmd_func(server_num, result, p_cmd, ssh_conns, source_path, n):
global cmds
server_num = int(server_num)
server_info = result[server_num]
print('\33[34m%d:\33[31m%s(%s)\33[0m' %
(server_num, server_info['name'],
common.hideipFun(server_info['host'])))
cmd = p_cmd
if (p_cmd[0:3] == 'cd '):
cmd = 'cd ' + data.paths[server_num] + ' && ' + cmd
temp_path = ssh.cd(server_num, cmd)
if (temp_path):
data.paths[server_num] = temp_path
print('\33[34m%d:\33[0m\33[32mok\33[0m' % server_num)
else:
return 'notpath'
elif (p_cmd[0:3] == 'up '):
cmds = cmd.split(' ')
if cmds[1][len(cmds[1]) - 1] == '/':
cmds[1] = cmds[1][0:len(cmds[1]) - 1]
fileName = cmds[1].split('/')
check_up(server_num, data.scp_conns[server_num],
source_path + 'up/' + cmds[1], data.paths[server_num] + '/',
fileName[len(fileName) - 1], data.paths[server_num], n)
# elif(p_cmd[0:5] =='downs'):
# cmds = cmd.split(' ')
# fileName = cmds[1].split('/')
# os.system( 'mkdir -p /Users/sam/ssh_data/'+server_info['name']+'/' )
# sftp.downs(scp_conns[ server_num ],data.paths[server_num] + '/' + cmds[1],'/Users/sam/ssh_data/'+server_info['name'])
elif (p_cmd[0:5] == 'down '):
cmds = cmd.split(' ')
if cmds[1][len(cmds[1]) - 1] == '/':
cmds[1] = cmds[1][0:len(cmds[1]) - 1]
fileName = cmds[1].split('/')
os.system('mkdir -p "' + source_path + server_info['name'] + '/"')
rs = check_down(server_num, data.paths[server_num] + '/' + cmds[1],
source_path + server_info['name'] + '/',
fileName[len(fileName) - 1], data.paths[server_num])
if rs != 'n':
if symtem_name == 'Darwin':
os.system('open "' + source_path + server_info['name'] + '/"')
else:
print('文件已下载到 "' + source_path + server_info['name'] + '/"')
elif (p_cmd == 'ls'):
cmd = 'cd ' + data.paths[server_num] + ' && ' + cmd
cmds[n] = ssh.cmd(server_num, cmd)
print(cmds[n].replace('\n', ' '))
else:
cmd = 'cd ' + data.paths[server_num] + ' && ' + cmd
cmds[n] = ssh.cmd(server_num, cmd)
print(cmds[n])
def ssh_cmd_func(server_num,result,p_cmd,ssh_conns,source_path,n):
global cmds
server_num = int(server_num)
server_info = result[ server_num ]
print('\33[34m%d:\33[31m%s(%s)\33[0m' %(server_num,server_info['name'],common.hideipFun(server_info['host']) ) )
cmd = p_cmd
if( p_cmd[0:3] == 'cd '):
cmd = 'cd '+data.paths[server_num]+' && '+ cmd
temp_path = ssh.cd(server_num,cmd )
if( temp_path ):
data.paths[server_num] = temp_path
print('\33[34m%d:\33[0m\33[32mok\33[0m' %server_num)
else:
return 'notpath'
elif( p_cmd[0:3] == 'up ' ):
cmds = cmd.split(' ')
if cmds[1][len(cmds[1])-1] == '/':
cmds[1] = cmds[1][0:len(cmds[1])-1]
fileName = cmds[1].split('/')
check_up(server_num, data.scp_conns[ server_num ],source_path+'up/'+cmds[1],data.paths[server_num]+'/', fileName[ len(fileName)-1] ,data.paths[server_num],n)
# elif(p_cmd[0:5] =='downs'):
# cmds = cmd.split(' ')
# fileName = cmds[1].split('/')
# os.system( 'mkdir -p /Users/sam/ssh_data/'+server_info['name']+'/' )
# sftp.downs(scp_conns[ server_num ],data.paths[server_num] + '/' + cmds[1],'/Users/sam/ssh_data/'+server_info['name'])
elif( p_cmd[0:5] == 'down ' ):
cmds = cmd.split(' ')
if cmds[1][len(cmds[1])-1] == '/':
cmds[1] = cmds[1][0:len(cmds[1])-1]
fileName = cmds[1].split('/')
os.system( 'mkdir -p "'+source_path+server_info['name']+'/"' )
rs = check_down(
server_num,
data.paths[server_num] + '/' + cmds[1],
source_path+server_info['name']+'/' ,
fileName[ len(fileName)-1],data.paths[server_num] )
if rs != 'n':
if symtem_name == 'Darwin':
os.system('open "'+source_path+server_info['name']+'/"')
else:
print('文件已下载到 "'+source_path+server_info['name']+'/"')
elif(p_cmd == 'ls'):
cmd = 'cd '+data.paths[server_num]+' && '+ cmd
cmds[ n ] = ssh.cmd(server_num, cmd)
print( cmds[ n ].replace('\n',' ') )
else:
cmd = 'cd '+data.paths[server_num]+' && '+ cmd
cmds[ n ] = ssh.cmd(server_num, cmd)
print( cmds[ n ] )
def relation_add( l ,i ,sign):
global relation
result_str =''
expansion_key ='[[expansion:%d]]' %i
if( regex.match( l['name'] ) != None ):
relation_key = regex.match( l['name'] ).group(1)
if( len(sys.argv) >1 and sys.argv[1] == 'all' ):
result_str = sign+'\33[41m%s\33[0m:%s(%s) %s\n' %(i, l['name'],common.hideipFun(l['host']) ,expansion_key)
else:
if( not relation_key in relation ):
result_str = sign+'\33[41m%s\33[0m:%s(%s) %s<<%s>>\n' %(i, l['name'],common.hideipFun(l['host']) ,expansion_key,relation_key)
if( not relation_key in relation ):
relation[ relation_key ] = list()
relation[ relation_key ].append(i)
return result_str
else:
return sign+'%s:%s(%s) %s\n' %(i, l['name'],common.hideipFun(l['host']),expansion_key)
def main():
global relation
global cmds
global server_list
check_config_file()
if len(sys.argv) > 1:
for operate in sys.argv[1:]:
if operate == '-v':
print(config.version)
return
if operate == 'version':
print(config.version)
return
if operate == 'hideip':
data.hideip = True
if (len(sys.argv) > 1 and sys.argv[1] == 'edit'):
if symtem_name == 'Darwin':
for editor in config.editors:
if (os.path.exists(editor)):
editor = editor.replace(' ', '\ ')
os.system('open -a ' + editor + ' ' + yaml_path)
return
os.system('vim ' + yaml_path)
else:
os.system('vim ' + yaml_path)
return
# elif( len(sys.argv) >1 and sys.argv[1] == 'self'):
# if symtem_name == 'Darwin':
# os.system('open -a '+editor+' '+sys.path[0]+'/'+ ( sys.argv[0].split("/")[-1]) )
# else:
# os.system('vim '+sys.path[0]+'/'+ ( sys.argv[0].split("/")[-1]) )
else:
# f = open( sys.path[0]+'/'+yaml_path,'r')
f = open(yaml_path, 'r')
result = list()
relation = {}
temp_result = yaml.load(f)
group_code_list = {}
f.close()
if (temp_result == None):
show_str = '= =! 还没有服务器\nmyssh add 使用命令添加服务器信息'
else:
show_str = '服务器列表:\n'
i = 0
for v in temp_result:
if ('group' in v): #分组
if ('code' in v):
show_str += '\33[42m\33[30m %s [%s] \33[0m\n' % (
v['name'], v['code'])
# group_code_list
group_code_list[v['code']] = list()
else:
show_str += '\33[42m\33[30m %s \33[0m\n' % (
v['name'])
for l in v['group']:
l['password'] = str(l['password'])
result.append(l)
show_str += relation_add(l, i, '\33[42m \33[0m ')
if ('code' in v):
group_code_list[v['code']].append(i)
i += 1
show_str += '\n'
else:
v['password'] = str(v['password'])
result.append(v)
show_str += relation_add(v, i, '\33[40m \33[0m ')
i += 1
data.servers = result
if (len(sys.argv) > 1 and sys.argv[1] == "verify"):
n = 0
verify_threads = []
for server_info in data.servers:
verify_threads.append(
threading.Thread(target=threads_func.ssh_verify,
args=('验证', n)))
n += 1
threads_func.threads_handle(verify_threads)
exit()
for x in relation:
show_str = show_str.replace(
'<<%s>>' % x, ' \33[41m ' + str(len(relation[x])) +
'台 \33[0m\33[45m %s \33[0m' %
' | '.join(str(i) for i in relation[x]))
server = ''
while (1):
readline.set_completer(complete)
global sever
if (server == 'help'):
help_str = '''
\33[33mcmd\33[0m 服务器编号[...] 如 cmd 1 2 3 ,可操作多台服务器
\33[33mcmd -l\33[0m 服务器编号 操作与服务器有关联的多台服务器 关联规则 服务器名-数字
\33[33mcmd -g\33[0m 服务器编号 操作分组中的多台服务器,需要配置分组code
cmd连接上服务器之后可以执行下面的命令
\33[33mup\33[0m 上传文件 如 up 本地文件名 (上传"~/myssh_files/up/"目录下的文件)
\33[33mdown\33[0m 下载文件 如 down 服务器文件名 本地文件名(可选)
\33[33msync\33[0m 同步文件 "sync 服务器id > 被同步的服务器id(多个使用空格分隔)",如 sync 1 > 2 3
\33[33mcopy\33[0m 复制文件 "copy 服务器id 文件名> 被同步的服务器id(多个使用空格分隔)",如 copy 1 1.txt > 2 3
\33[33mdetail\33[0m 查询服务器运行情况
\33[33mscript\33[0m 执行脚本,脚本文件放置到"~/myssh_files/scirpt/"下,使用 script 文件名 执行,如 script 1.sh (注:使用up,down,sync,copy这些命令必需单独一行)
多台操作时,使用 "服务器id:操作指令" 可操作单台服务器,如 1:ls
\33[33mexit\33[0m 返回上级操作
\33[33mquit\33[0m 退出程序
'''
print(help_str)
else:
print(show_str)
try:
server = raw_input("输入服务器编号(help 帮助):")
except KeyboardInterrupt:
print('')
server = 'quit'
pass
if (server == 'help'):
continue
elif (server == 'quit' or server == 'exit'):
exit()
elif (server.find('cmd ') != -1):
server_list = []
server_nums = server.split(' ')
server_nums = list_del_empty(server_nums)
data.ssh_conns = {}
data.scp_conns = {}
data.paths = {}
if (server.find('cmd -l') != -1):
server_list = relation[regex.match(result[int(
server_nums[2])]['name']).group(1)]
elif (server.find('cmd -g') != -1):
server_list = group_code_list[server_nums[2]]
else:
server_list = server_nums[1:]
server_list = list(map(eval, server_list))
server_info = data.servers[int(server_list[0])]
server_len = len(server_list)
connect_threads = []
for server_num in server_list:
connect_threads.append(
threading.Thread(
target=threads_func.threads_connect,
args=('连接', server_num)))
threads_func.threads_handle(connect_threads)
for server_num in server_list:
server_num = int(server_num)
server_info = data.servers[server_num]
if ('defaultPath' in server_info):
temp_path = ssh.cd(
server_num, 'cd ' + server_info['defaultPath'])
if (temp_path):
data.paths[server_num] = temp_path
else:
data.paths[server_num] = ssh.cd(
server_num, 'cd ./')
else:
data.paths[server_num] = ssh.cd(
server_num, 'cd ./')
if ('description' in server_info):
print('\33[34m%d:\33[31m%s(%s) \33[0m' %
(server_num, server_info['name'],
common.hideipFun(server_info['host'])))
print('\33[32m' +
str(server_info['description']).replace(
'#', ' \33[35m#').replace(
'\\n ', '\33[32m\n') + '\33[0m\n')
readline.set_completer(complete_path)
data.heartbeat_paramiko_close.append(False)
thread_ssh = threading.Thread(
target=threads_func.heartbeat_ssh,
args=(data.ssh_conns,
len(data.heartbeat_paramiko_close) - 1))
thread_ssh.setDaemon(True)
thread_ssh.start()
thread_scp = threading.Thread(
target=threads_func.heartbeat_scp,
args=(data.scp_conns,
len(data.heartbeat_paramiko_close) - 1))
thread_scp.setDaemon(True)
thread_scp.start()
while (1):
cmds = {}
i = 0
for server_num in server_list:
i += 1
server_num = int(server_num)
server_info = data.servers[server_num]
if (server_len == i):
try:
print(
'\33[34m%d:\33[33m%s@%s(%s):%s#\33[0m '
%
(server_num, server_info['user'],
server_info['name'],
common.hideipFun(server_info['host']),
data.paths[server_num]))
p_cmd = raw_input('> ')
except KeyboardInterrupt:
p_cmd = 'exit'
print('')
else:
print('\33[34m%d:\33[33m%s@%s(%s):%s#\33[0m ' %
(server_num, server_info['user'],
server_info['name'],
common.hideipFun(server_info['host']),
data.paths[server_num]))
if (p_cmd == 'exit'):
data.heartbeat_paramiko_close[
len(data.heartbeat_paramiko_close) - 1] = True
for server_num in server_list:
server_num = int(server_num)
print('\33[31m正在断开连接：%s(%s) \33[0m' %
(data.servers[server_num]['name'],
common.hideipFun(
data.servers[server_num]['host'])))
data.ssh_conns[server_num].close()
data.scp_conns[server_num].close()
break
if (p_cmd == 'f5'):
reconnect_threads = []
for server_num in server_list:
reconnect_threads.append(
threading.Thread(
target=threads_func.threads_connect,
args=('重连', server_num)))
threads_func.threads_handle(reconnect_threads)
continue
if (p_cmd == 'detail'):
for server_num in server_list:
print('\33[34m%d:\33[31m%s(%s)\33[0m' %
(server_num,
data.servers[server_num]['name'],
common.hideipFun(
data.servers[server_num]['host'])))
cmd = '''
echo '\33[32m';\
date -R;\
echo 内网IP:$(ifconfig |head -n 2|grep "inet addr"|cut -b 21-80);\
echo 系统:'\33[34m'$(head -n 1 /etc/issue) $(getconf LONG_BIT)位'\33[0m';\
echo '\33[32m';\
echo cpu:$(cat /proc/cpuinfo |grep "model name"| wc -l)核;\
cat /proc/meminfo |grep 'MemTotal';\
echo cpu使用情况:;\
top -b -n 1 -1|grep Cpu;\
echo 内存使用情况:;\
free -m;\
echo 负载:;\
uptime;\
echo 磁盘使用:;\
df -hl;\
echo '\33[0m'\
'''
print(ssh.cmd(server_num, cmd))
continue
if (p_cmd == ''):
continue
if (p_cmd == 'quit'):
exit()
n = 0
if (p_cmd[0:3] == 'rm '):
certain = raw_input('确定要执行删除命令吗?(y/n):')
if (certain != 'y'):
continue
if (p_cmd[0:5] == 'copy '):
cmd_copy(p_cmd)
continue
if (p_cmd[0:5] == 'sync '):
cmd_sync(p_cmd)
continue
if (p_cmd[0:7] == 'script '):
p_cmd = p_cmd.split(' ')
if (not os.path.isfile(source_path + 'script/' +
p_cmd[1])):
print('脚本不存在！')
continue
print("\33[31m")
scripts = open(source_path + 'script/' + p_cmd[1],
"r")
for script in scripts.readlines():
print(script)
print("\33[0m")
certain = raw_input('确定要执行脚本命令吗?(y/n):')
if (certain != 'y'):
continue
else:
script_err = ''
scripts = open(
source_path + 'script/' + p_cmd[1], "r")
for script in scripts.readlines():
p_cmd = script.strip('\n')
if (p_cmd[0:1] == '#'):
continue
cmds = {}
i = 0
n = 0
server_num_arr = regex_cmd.match(p_cmd)
if (p_cmd[0:5] == 'copy '):
cmd_copy(p_cmd)
continue
if (p_cmd[0:5] == 'sync '):
cmd_sync(p_cmd)
continue
if (server_num_arr):
if (not int(server_num_arr.group(1))
in data.paths):
script_err = 'notpath'
print('您不能操作未连接的服务器')
break
print(
'\33[34m%d:\33[33m%s@%s(%s):%s#\33[0m%s'
% (int(server_num_arr.group(1)),
server_info['user'],
server_info['name'],
common.hideipFun(
server_info['host']),
data.paths[int(
server_num_arr.group(1))],
p_cmd))
else:
for server_num in server_list:
i += 1
server_num = int(server_num)
server_info = data.servers[
server_num]
if (server_len == i):
print(
'\33[34m%d:\33[33m%s@%s(%s):%s#\33[0m%s'
%
(server_num,
server_info['user'],
server_info['name'],
common.hideipFun(
server_info['host']),
data.paths[server_num],
p_cmd))
else:
print(
'\33[34m%d:\33[33m%s@%s(%s):%s#\33[0m'
%
(server_num,
server_info['user'],
server_info['name'],
common.hideipFun(
server_info['host']),
data.paths[server_num]))
if ('notpath' == script_err):
break
if (server_num_arr):
script_err = ssh_cmd_func(
int(server_num_arr.group(1)),
data.servers,
server_num_arr.group(2),
data.ssh_conns, source_path, n)
if ('notpath' == script_err):
print('\33[31m脚本停止执行!!\33[31m')
break
else:
for server_num in server_list:
ssh_cmd_func(
server_num, data.servers,
p_cmd, data.ssh_conns,
source_path, n)
if ('notpath' == script_err):
print('\33[31m脚本停止执行!!\33[31m')
break
n += 1
if ('notpath' == script_err):
break
if ('notpath' == script_err):
break
if (p_cmd[0:2] != 'cd'
and p_cmd[0:2] != 'up'
and p_cmd[0:4] != 'down'):
for x in range(n - 1):
if (cmds[x] != cmds[x + 1]):
print('\33[34m执行结果不一致\33[0m')
break
continue
server_num_arr = regex_cmd.match(p_cmd)
if (server_num_arr):
server_num = server_num_arr.group(1)
if (not int(server_num) in data.paths):
print('您不能操作未连接的服务器')
continue
p_cmd = server_num_arr.group(2)
if (p_cmd[0:3] == 'rm '):
certain = raw_input('确定要执行删除命令吗?(y/n):')
if (certain != 'y'):
continue
ssh_cmd_func(server_num, data.servers, p_cmd,
data.ssh_conns, source_path, n)
else:
for server_num in server_list:
ssh_cmd_func(server_num, data.servers, p_cmd,
data.ssh_conns, source_path, n)
n += 1
if (p_cmd[0:2] != 'cd' and p_cmd[0:2] != 'up'
and p_cmd[0:4] != 'down'):
for x in range(n - 1):
if (cmds[x] != cmds[x + 1]):
print('\33[34m执行结果不一致\33[0m')
break
else:
login_cmd = ''
if (not is_number(server)):
server_arr = ssh_login_cmd.match(server)
if (not server_arr):
continue
server_num = int(server_arr.group(1))
login_cmd = server_arr.group(2) + ';'
else:
server_num = int(server)
server_info = result[server_num]
print(u'\n\33[31m正在连接：%s(%s) \33[0m' %
(server_info['name'],
common.hideipFun(server_info['host'])))
if ('description' in server_info):
print('\33[32m' + server_info['description'].replace(
'#', ' \33[35m#').replace('\\n ', '\33[32m\n') +
'\33[0m\n')
if ('port' in server_info):
port = server_info['port']
else:
port = '22'
known_host = os.popen("ssh-keygen -F %s" %
server_info['host'])
if (known_host.read() == ''):
if (port != '22'):
known_host = os.popen(
"ssh-keygen -F [%s]:%s" %
(server_info['host'], str(port)))
if (known_host.read() == ''):
threads_func.ssh_verify('验证', server_num)
else:
threads_func.ssh_verify('验证', server_num)
if ('defaultPath' in server_info):
os.system(
'''%s -p '%s' ssh %s@%s -p %s -t '\
echo "\033[33m ";\
date -R;echo '';\
echo 内网IP:$(ifconfig |head -n 2|grep "inet addr"|cut -b 21-80);\
echo 系统:$(head -n 1 /etc/issue) $(getconf LONG_BIT)位;\
echo cpu:$(cat /proc/cpuinfo |grep "model name"| wc -l)核;\
cat /proc/meminfo |grep 'MemTotal';echo 磁盘使用:;\
df -hl;\
echo "\033[0m";\
' ''' %
(sshpass, server_info['password'],
server_info['user'], server_info['host'], port))
os.system(
"%s -p '%s' ssh %s@%s -p %s -o ServerAliveInterval=60 -t 'cd %s;%sbash;'"
% (sshpass, server_info['password'],
server_info['user'], server_info['host'], port,
server_info['defaultPath'], login_cmd))
else:
os.system(
"%s -p '%s' ssh %s@%s -o ServerAliveInterval=60 -p %s"
% (sshpass, server_info['password'],
server_info['user'], server_info['host'], port))
def cmd_sync(p_cmd):
global server_list
sync_info = p_cmd.split('>')
data.client_file = {}
add_file = {}
temp_master = sync_info[0].split(' ')
temp_master = list_del_empty(temp_master)
master_server = int(temp_master[1])
if len(sync_info) > 1:
client_server = sync_info[1].split(' ')
client_server = list_del_empty(client_server)
else:
client_server = list()
client_server.extend(server_list)
client_server.remove(master_server)
master_file = ssh.show_remote_file(master_server,
data.paths[master_server])
master_remote_path = data.paths[master_server]
if not master_file:
print(' 没有需要同步的文件')
return
scan_documents = []
for server_num in client_server:
server_num = int(server_num)
scan_documents.append(
threading.Thread(target=threads_func.scan_document,
args=('scan_document', server_num)))
threads_func.threads_handle(scan_documents)
is_all_sync_file = False
for server_num in client_server:
server_num = int(server_num)
server_info = data.servers[server_num]
print('\33[34m%d:\33[31m%s(%s)\33[0m' %
(server_num, server_info['name'],
common.hideipFun(server_info['host'])))
add_file[server_num] = list()
is_sync_file = False
for file_name in master_file:
if (file_name in data.client_file[server_num]):
if (master_file[file_name] >
data.client_file[server_num][file_name]):
x = time.localtime(master_file[file_name])
mtime = time.strftime('%Y-%m-%d %H:%M:%S', x)
print(" 更新: %s 修改时间:%s" % (file_name, mtime))
add_file[server_num].append(file_name)
is_all_sync_file = True
is_sync_file = True
else:
x = time.localtime(master_file[file_name])
mtime = time.strftime('%Y-%m-%d %H:%M:%S', x)
print(" 添加: %s 修改时间:%s" % (file_name, mtime))
add_file[server_num].append(file_name)
is_all_sync_file = True
is_sync_file = True
if (not is_sync_file):
print(' 没有需要同步的文件')
if (not is_all_sync_file):
return
certain = raw_input('确定要同步吗?(y/n):')
if (certain != 'y'):
return
else:
files_list = list()
for server_num in add_file:
client_remote_path = data.paths[server_num]
server_info = data.servers[master_server]
files_list.extend(add_file[server_num])
files_list = list(set(files_list))
print('\33[34m%d:\33[31m%s@%s(%s)\33[0m 下载中' %
(master_server, server_info['user'], server_info['name'],
common.hideipFun(server_info['host'])))
for file_name in files_list:
os.system('mkdir -p "' + source_path +
data.servers[master_server]['name'] + '-SYNC/' +
file_name[0:file_name.rindex('/')] + '/"')
print(' ' + file_name[file_name.index('/') + 1:])
sftp.down(
master_server, master_remote_path + '/' +
file_name[file_name.index('/') + 1:], source_path +
data.servers[master_server]['name'] + '-SYNC/' + file_name)
for server_num in add_file:
server_info = data.servers[server_num]
print('\33[34m%d:\33[31m%s@%s(%s)\33[0m 上传中' %
(server_num, server_info['user'], server_info['name'],
common.hideipFun(server_info['host'])))
for file_name in add_file[server_num]:
if (file_name.count('/') > 1):
try:
cmd = 'mkdir -p "' + client_remote_path + file_name[
file_name.index('/'):file_name.rindex('/')] + '/"'
ssh.cmd(server_num, cmd)
except (Exception) as e:
pass
print(' ' + file_name[file_name.index('/') + 1:])
sftp.upload(
server_num, source_path +
data.servers[master_server]['name'] + '-SYNC/' + file_name,
client_remote_path + '/' +
file_name[file_name.index('/') + 1:])
def cmd_copy(p_cmd):
global server_list
copy_info = p_cmd.split('>')
data.client_file = {}
add_file = {}
temp_master = copy_info[0].split(' ')
temp_master = list_del_empty(temp_master)
master_server = int(temp_master[1])
master_info = data.servers[master_server]
if len(copy_info) > 1:
client_server = copy_info[1].split(' ')
client_server = list_del_empty(client_server)
else:
client_server = list()
client_server.extend(server_list)
client_server.remove(master_server)
file_name = temp_master[2]
if file_name[len(file_name) - 1] == '/':
file_name = file_name[0:len(file_name) - 1]
fileName = file_name.split('/')
os.system('mkdir -p "' + source_path + master_info['name'] + '/"')
global tar_name
tar_name = False
print('\33[34m%d:\33[31m%s(%s)\33[0m 下载中' %
(master_server, master_info['name'],
common.hideipFun(master_info['host'])))
rs = check_down(master_server, data.paths[master_server] + '/' + file_name,
source_path + master_info['name'] + '/',
fileName[len(fileName) - 1], data.paths[master_server])
if rs == 'n':
print('error')
return
n = 0
for server_num in client_server:
server_num = int(server_num)
server_info = data.servers[server_num]
print('\33[34m%d:\33[31m%s@%s(%s)\33[0m 上传中' %
(server_num, server_info['user'], server_info['name'],
common.hideipFun(server_info['host'])))
if tar_name:
print(source_path + master_info['name'] + '/' + tar_name)
check_up(server_num, data.scp_conns[server_num],
source_path + master_info['name'] + '/' + tar_name,
data.paths[server_num] + '/', tar_name,
data.paths[server_num], n)
cmd = 'tar -xvf %s' % tar_name
print(cmd)
ssh.cmd(server_num, 'cd ' + data.paths[server_num] + ' && ' + cmd)
cmd = 'rm %s' % tar_name
print(cmd)
ssh.cmd(server_num, 'cd ' + data.paths[server_num] + ' && ' + cmd)
else:
check_up(server_num, data.scp_conns[server_num],
source_path + master_info['name'] + '/' + file_name,
data.paths[server_num] + '/', fileName[len(fileName) - 1],
data.paths[server_num], n)
def threads_connect(name, i):
ssh.create_conn(i)
sftp.create_conn(i)
print('\33[34m%d:\33[31m%s成功：%s(%s) \33[0m' %
(i, name, data.servers[i]['name'],
common.hideipFun(data.servers[i]['host'])))
def main():
global relation
global cmds
global server_list
check_config_file()
springboard.clear_proxy_cache()
if len(sys.argv) > 1:
for operate in sys.argv[1:]:
if operate == '-v':
print(config.version)
return
if operate == 'version':
print(config.version)
return
if operate == 'hideip':
data.hideip = True
if( len(sys.argv) >1 and sys.argv[1] == 'edit'):
if symtem_name == 'Darwin':
for editor in config.editors:
if( os.path.exists(editor) ):
editor = editor.replace(' ','\ ')
os.system('open -a '+editor+' '+yaml_path)
return
os.system('vim '+yaml_path)
else:
os.system('vim '+yaml_path)
return
# elif( len(sys.argv) >1 and sys.argv[1] == 'self'):
# if symtem_name == 'Darwin':
# os.system('open -a '+editor+' '+sys.path[0]+'/'+ ( sys.argv[0].split("/")[-1]) )
# else:
# os.system('vim '+sys.path[0]+'/'+ ( sys.argv[0].split("/")[-1]) )
else:
# f = open( sys.path[0]+'/'+yaml_path,'r')
f = open( yaml_path,'r')
result = list()
relation ={}
temp_result = yaml.load( f )
group_code_list ={}
f.close()
if( temp_result == None ):
show_str = '= =! 还没有服务器\nmyssh add 使用命令添加服务器信息'
else:
show_str = '服务器列表:\n'
i = 0
for v in temp_result:
if( 'group' in v ): #分组
if('code' in v):
show_str += '\33[42m\33[30m %s [%s] \33[0m\n' % ( v['name'] ,v['code'] )
# group_code_list
group_code_list[v['code']]=list()
else:
show_str += '\33[42m\33[30m %s \33[0m\n' % ( v['name'] )
for l in v['group']:
l['password'] = str(l['password'])
result.append( l )
show_str += relation_add(l,i,'\33[42m \33[0m ')
if('code' in v):
group_code_list[v['code']].append(i)
i+=1
show_str +='\n'
else:
v['password'] = str(v['password'])
result.append( v )
show_str += relation_add(v,i,'\33[40m \33[0m ')
i+=1
x_i=0
for x in result:
if not 'port' in x:
result[x_i]['port'] = 22
expansion_key = '[[expansion:%d]]' %x_i
if('springboard' in x ):
s_i =0
springboard_status = False
for s in result:
if s["host"] == x['springboard']:
springboard_status = True
show_str = show_str.replace( expansion_key,'\33[41m 跳板机 \33[0m\33[45m '+str(s_i)+' \33[0m'+ expansion_key)
s['id'] = s_i
result[x_i]['springboard_info'] = s
break
s_i+=1
if(springboard_status == False):
show_str = show_str.replace( expansion_key,'\33[41m 跳板机不存在 \33[0m \33[0m'+ expansion_key)
x_i+=1
show_str = show_str.replace( expansion_key, '')
data.servers = result
if( len(sys.argv) >1 and sys.argv[1] == "verify" ):
n = 0
verify_threads = []
for server_info in data.servers:
verify_threads.append( threading.Thread(target=sshlogin.proxy_ssh_verify,args=('验证',n)) )
n += 1
threads_func.threads_handle(verify_threads)
exit()
for x in relation:
show_str = show_str.replace( '<<%s>>' %x, ' \33[41m ' + str( len( relation[x] ) ) + '台 \33[0m\33[45m %s \33[0m' %' | '.join(str(i) for i in relation[x]) )
server = ''
while(1):
readline.set_completer(complete)
global sever
if(server == 'help'):
help_str='''
\33[33mcmd\33[0m 服务器编号[...] 如 cmd 1 2 3 ,可操作多台服务器
\33[33mcmd -l\33[0m 服务器编号 操作与服务器有关联的多台服务器 关联规则 服务器名-数字
\33[33mcmd -g\33[0m 服务器编号 操作分组中的多台服务器,需要配置分组code
cmd连接上服务器之后可以执行下面的命令
\33[33mup\33[0m 上传文件 如 up 本地文件名 (上传"~/myssh_files/up/"目录下的文件)
\33[33mdown\33[0m 下载文件 如 down 服务器文件名 本地文件名(可选)
\33[33msync\33[0m 同步文件 "sync 服务器id > 被同步的服务器id(多个使用空格分隔)",如 sync 1 > 2 3
\33[33mcopy\33[0m 复制文件 "copy 服务器id 文件名> 被同步的服务器id(多个使用空格分隔)",如 copy 1 1.txt > 2 3
\33[33mdetail\33[0m 查询服务器运行情况
\33[33mscript\33[0m 执行脚本,脚本文件放置到"~/myssh_files/scirpt/"下,使用 script 文件名 执行,如 script 1.sh (注:使用up,down,sync,copy这些命令必需单独一行)
多台操作时,使用 "服务器id:操作指令" 可操作单台服务器,如 1:ls
\33[33mexit\33[0m 返回上级操作
\33[33mquit\33[0m 退出程序
'''
print( help_str )
else:
print( show_str )
try:
server = raw_input("输入服务器编号(help 帮助):")
except KeyboardInterrupt:
print('')
server = 'quit'
pass
if(server =='help'):
continue
elif(server == 'quit' or server == 'exit' ):
stop_all_proxy()
exit()
elif(server.find('proxy ') != -1 ):
server_list = []
server_nums = server.split(' ')
server_nums = list_del_empty( server_nums )
if len( server_nums )> 1:
server_info = data.servers[ int(server_nums[1]) ]
print("代理服务 %s(%s)\n访问地址 socks5://localhost:1888" %(server_info['name'], server_info['host']))
os.system("sshpass -p '%s' ssh -o ServerAliveInterval=60 -ND localhost:1888 %s@%s -p %s" %(server_info['password'],server_info['user'],server_info['host'],server_info['port']))
continue
elif(server.find('cmd ') != -1):
server_list = []
server_nums = server.split(' ')
server_nums = list_del_empty( server_nums )
data.ssh_conns={}
data.scp_conns={}
data.paths={}
if( server.find('cmd -l') != -1 ):
server_list = v[ regex.match( result[ int( server_nums[2] ) ]['name'] ).group(1) ]
elif( server.find('cmd -g') != -1 ):
server_list = group_code_list[ server_nums[2] ]
else:
server_list = server_nums[1:]
server_list = list(map(eval, server_list))
server_info = data.servers[ int( server_list[0] ) ]
server_len =len( server_list )
connect_threads = []
for server_num in server_list:
connect_threads.append( threading.Thread(target=threads_func.threads_connect,args=('连接',server_num)) )
threads_func.threads_handle(connect_threads)
for server_num in server_list:
server_num = int(server_num)
server_info = data.servers[ server_num ]
if( 'defaultPath' in server_info ):
temp_path = ssh.cd(server_num ,'cd ' + server_info['defaultPath'])
if( temp_path ):
data.paths[server_num] = temp_path
else:
data.paths[server_num] = ssh.cd(
server_num,
'cd ./' )
else:
data.paths[server_num] = ssh.cd(
server_num,
'cd ./' )
if( 'description' in server_info ):
print('\33[34m%d:\33[31m%s(%s) \33[0m' %(server_num,server_info['name'],common.hideipFun(server_info['host'])) )
print( '\33[32m' + str(server_info['description']).replace('#',' \33[35m#').replace('\\n ','\33[32m\n') +'\33[0m\n' )
readline.set_completer(complete_path)
data.heartbeat_paramiko_close.append( False )
thread_ssh = threading.Thread(target=threads_func.heartbeat_ssh,args=(data.ssh_conns,len(data.heartbeat_paramiko_close)-1))
thread_ssh.setDaemon(True)
thread_ssh.start()
thread_scp = threading.Thread(target=threads_func.heartbeat_scp,args=(data.scp_conns,len(data.heartbeat_paramiko_close)-1))
thread_scp.setDaemon(True)
thread_scp.start()
while(1):
cmds={}
i = 0
for server_num in server_list:
i+=1
server_num = int(server_num)
server_info = data.servers[ server_num ]
if(server_len == i):
try:
print( '\33[34m%d:\33[33m%s@%s(%s):%s#\33[0m ' %(
server_num,
server_info['user'],
server_info['name'],
common.hideipFun(server_info['host']),
data.paths[server_num] ))
p_cmd = raw_input('> ')
except KeyboardInterrupt:
p_cmd ='exit'
print('')
else:
print( '\33[34m%d:\33[33m%s@%s(%s):%s#\33[0m ' %(
server_num,
server_info['user'],
server_info['name'],
common.hideipFun(server_info['host']),
data.paths[server_num] ))
if( p_cmd == 'exit'):
data.heartbeat_paramiko_close[len(data.heartbeat_paramiko_close)-1] = True
for server_num in server_list:
server_num = int(server_num)
print(
'\33[31m正在断开连接：%s(%s) \33[0m' %(
data.servers[ server_num ]['name'],
common.hideipFun(data.servers[ server_num ]['host']) )
)
data.ssh_conns[ server_num ].close()
data.scp_conns[ server_num ].close()
springboard.proxy_stop('ssh:%s')
springboard.proxy_stop('scp:%s')
break
if(p_cmd == 'f5'):
reconnect_threads = []
for server_num in server_list:
reconnect_threads.append( threading.Thread(target=threads_func.threads_connect,args=('重连',server_num)) )
threads_func.threads_handle(reconnect_threads)
continue
if(p_cmd == 'detail'):
for server_num in server_list:
print('\33[34m%d:\33[31m%s(%s)\33[0m' %(server_num,data.servers[server_num]['name'],common.hideipFun(data.servers[server_num]['host']) ) )
cmd ='''
echo '\33[32m';\
date -R;\
echo 内网IP:$(ifconfig |head -n 2|grep "inet addr"|cut -b 21-80);\
echo 系统:'\33[34m'$(head -n 1 /etc/issue) $(getconf LONG_BIT)位'\33[0m';\
echo '\33[32m';\
echo cpu:$(cat /proc/cpuinfo |grep "model name"| wc -l)核;\
cat /proc/meminfo |grep 'MemTotal';\
echo cpu使用情况:;\
top -b -n 1 -1|grep Cpu;\
echo 内存使用情况:;\
free -m;\
echo 负载:;\
uptime;\
echo 磁盘使用:;\
df -hl;\
echo '\33[0m'\
'''
print( ssh.cmd(server_num,cmd) )
continue
if( p_cmd ==''):
continue
if( p_cmd == 'quit'):
stop_all_proxy()
exit()
n = 0
if( p_cmd[0:3] =='rm '):
certain = raw_input( '确定要执行删除命令吗?(y/n):' )
if( certain !='y'):
continue
if( p_cmd[0:5] == 'copy '):
cmd_copy(p_cmd)
continue
if(p_cmd[0:5] =='sync '):
cmd_sync(p_cmd)
continue
if(p_cmd[0:7] =='script '):
p_cmd = p_cmd.split(' ')
if( not os.path.isfile(source_path+'script/'+p_cmd[1]) ):
print('脚本不存在！')
continue
print("\33[31m")
scripts = open( source_path+'script/'+p_cmd[1] ,"r")
for script in scripts.readlines():
print(script)
print("\33[0m")
certain = raw_input( '确定要执行脚本命令吗?(y/n):' )
if( certain !='y'):
continue
else:
script_err =''
scripts = open( source_path+'script/'+p_cmd[1] ,"r")
for script in scripts.readlines():
p_cmd = script.strip('\n')
if( p_cmd[0:1] =='#' ):
continue
cmds={}
i = 0
n = 0
server_num_arr = regex_cmd.match(p_cmd)
if( p_cmd[0:5] == 'copy '):
cmd_copy(p_cmd)
continue
if(p_cmd[0:5] =='sync '):
cmd_sync(p_cmd)
continue
if(server_num_arr):
if( not int( server_num_arr.group(1) ) in data.paths ):
script_err ='notpath'
print('您不能操作未连接的服务器')
break
print( '\33[34m%d:\33[33m%s@%s(%s):%s#\33[0m%s' %(
int( server_num_arr.group(1) ),
server_info['user'],
server_info['name'],
common.hideipFun(server_info['host']),
data.paths[ int( server_num_arr.group(1) ) ],
p_cmd ))
else:
for server_num in server_list:
i+=1
server_num = int(server_num)
server_info = data.servers[ server_num ]
if(server_len == i):
print( '\33[34m%d:\33[33m%s@%s(%s):%s#\33[0m%s'
%( server_num,server_info['user'],
server_info['name'],
common.hideipFun(server_info['host']),
data.paths[server_num],
p_cmd ) )
else:
print( '\33[34m%d:\33[33m%s@%s(%s):%s#\33[0m'
%( server_num,server_info['user'],
server_info['name'],
common.hideipFun(server_info['host']),
data.paths[server_num] ) )
if( 'notpath' == script_err ):
break
if( server_num_arr ):
script_err = ssh_cmd_func(
int(server_num_arr.group(1)),
data.servers,server_num_arr.group(2),
data.ssh_conns,
source_path,
n)
if( 'notpath' == script_err):
print('\33[31m脚本停止执行!!\33[31m')
break
else:
for server_num in server_list:
ssh_cmd_func(
server_num,
data.servers,
p_cmd,
data.ssh_conns,
source_path,
n )
if( 'notpath' == script_err ):
print('\33[31m脚本停止执行!!\33[31m')
break
n+=1
if( 'notpath' == script_err ):
break
if( 'notpath' == script_err ):
break
if( p_cmd[0:2] != 'cd' and p_cmd[0:2] != 'up' and p_cmd[0:4] != 'down' ):
for x in range(n-1):
if( cmds[x] != cmds[x+1] ):
print( '\33[34m执行结果不一致\33[0m' )
break
continue
server_num_arr = regex_cmd.match(p_cmd)
if( server_num_arr ):
server_num = server_num_arr.group(1)
if( not int( server_num ) in data.paths ):
print('您不能操作未连接的服务器')
continue
p_cmd = server_num_arr.group(2)
if( p_cmd[0:3] =='rm '):
certain = raw_input( '确定要执行删除命令吗?(y/n):' )
if( certain !='y'):
continue
ssh_cmd_func(
server_num,
data.servers,
p_cmd,
data.ssh_conns,
source_path,
n )
else:
for server_num in server_list:
ssh_cmd_func(
server_num,
data.servers,
p_cmd,
data.ssh_conns,
source_path,
n )
n+=1
if( p_cmd[0:2] != 'cd' and p_cmd[0:2] != 'up' and p_cmd[0:4] != 'down' ):
for x in range(n-1):
if( cmds[x] != cmds[x+1] ):
print( '\33[34m执行结果不一致\33[0m' )
break
else:
if( not is_number( server ) ):
continue
else:
server_num = int(server)
server_info = result[ server_num ]
print(
u'\n\33[31m正在连接：%s(%s) \33[0m'
%( server_info['name'],common.hideipFun(server_info['host']) )
)
if( 'description' in server_info ):
print( '\33[32m' + server_info['description'].replace('#',' \33[35m#').replace('\\n ','\33[32m\n') +'\33[0m\n' )
sshlogin.login(server_num,server_info)
def cmd_sync(p_cmd):
global server_list
sync_info = p_cmd.split( '>' )
data.client_file={}
add_file ={}
temp_master = sync_info[0].split(' ')
temp_master = list_del_empty( temp_master )
master_server = int( temp_master[1] )
if len(sync_info) > 1 :
client_server = sync_info[1].split(' ')
client_server = list_del_empty( client_server )
else:
client_server =list()
client_server.extend( server_list )
client_server.remove( master_server )
master_file = ssh.show_remote_file(
master_server,
data.paths[ master_server ])
master_remote_path = data.paths[master_server]
if not master_file:
print(' 没有需要同步的文件')
return
scan_documents = []
for server_num in client_server:
server_num = int(server_num)
scan_documents.append( threading.Thread(target=threads_func.scan_document,args=('scan_document',server_num)) )
threads_func.threads_handle(scan_documents)
is_all_sync_file = False
for server_num in client_server:
server_num = int(server_num)
server_info = data.servers[ server_num ]
print( '\33[34m%d:\33[31m%s(%s)\33[0m' %(
server_num,server_info['name'],
common.hideipFun(server_info['host']) ))
add_file[ server_num ] =list()
is_sync_file= False
for file_name in master_file:
if( file_name in data.client_file[server_num] ):
if( master_file[ file_name ] > data.client_file[ server_num ][ file_name ]):
x = time.localtime( master_file[ file_name ] )
mtime = time.strftime('%Y-%m-%d %H:%M:%S',x)
print( " 更新: %s 修改时间:%s" %( file_name, mtime) )
add_file[ server_num ].append(file_name)
is_all_sync_file =True
is_sync_file = True
else:
x = time.localtime( master_file[ file_name ] )
mtime = time.strftime('%Y-%m-%d %H:%M:%S',x)
print( " 添加: %s 修改时间:%s"%( file_name, mtime) )
add_file[ server_num ].append(file_name)
is_all_sync_file =True
is_sync_file = True
if( not is_sync_file ):
print(' 没有需要同步的文件')
if( not is_all_sync_file ):
return
certain = raw_input('确定要同步吗?(y/n):')
if( certain !='y'):
return
else:
files_list =list()
for server_num in add_file:
client_remote_path = data.paths[server_num]
server_info = data.servers[ master_server ]
files_list.extend(add_file[ server_num ])
files_list = list( set(files_list) )
print( '\33[34m%d:\33[31m%s@%s(%s)\33[0m 下载中' %(
master_server,server_info['user'],
server_info['name'],
common.hideipFun(server_info['host']) ))
for file_name in files_list:
os.system('mkdir -p "'+ source_path+data.servers[master_server]['name']+'-SYNC/' +file_name[0:file_name.rindex('/')] + '/"')
print(' ' + file_name[file_name.index('/')+1:])
sftp.down(
master_server,
master_remote_path +'/'+file_name[file_name.index('/')+1:],
source_path+data.servers[master_server]['name']+'-SYNC/'+file_name )
for server_num in add_file:
server_info = data.servers[ server_num ]
print( '\33[34m%d:\33[31m%s@%s(%s)\33[0m 上传中' %(
server_num,server_info['user'],
server_info['name'],
common.hideipFun(server_info['host']) ))
for file_name in add_file[server_num]:
if(file_name.count('/') > 1):
try:
cmd = 'mkdir -p "' + client_remote_path + file_name[ file_name.index('/'):file_name.rindex('/')] + '/"'
ssh.cmd(server_num, cmd)
except (Exception) as e:
pass
print(' ' + file_name[file_name.index('/')+1:])
sftp.upload(
server_num,
source_path+data.servers[master_server]['name']+'-SYNC/'+file_name,
client_remote_path +'/'+file_name[file_name.index('/')+1:] )
def cmd_copy(p_cmd):
global server_list
copy_info = p_cmd.split( '>' )
data.client_file={}
add_file ={}
temp_master = copy_info[0].split(' ')
temp_master = list_del_empty( temp_master )
master_server = int( temp_master[1] )
master_info = data.servers[ master_server ]
if len(copy_info) > 1 :
client_server = copy_info[1].split(' ')
client_server = list_del_empty( client_server )
else:
client_server =list()
client_server.extend( server_list )
client_server.remove( master_server )
file_name = temp_master[2]
if file_name[len(file_name)-1] == '/':
file_name = file_name[0:len(file_name)-1]
fileName = file_name.split('/')
os.system( 'mkdir -p "'+source_path+master_info['name']+'/"' )
global tar_name
tar_name = False
print('\33[34m%d:\33[31m%s(%s)\33[0m 下载中' %(master_server,master_info['name'],common.hideipFun(master_info['host']) ) )
rs = check_down(
master_server,
data.paths[master_server] + '/' + file_name,
source_path+master_info['name']+'/' ,
fileName[ len(fileName)-1],data.paths[master_server] )
if rs == 'n':
print('error')
return
n = 0
for server_num in client_server:
server_num = int(server_num)
server_info = data.servers[ server_num ]
print( '\33[34m%d:\33[31m%s@%s(%s)\33[0m 上传中' %(
server_num,server_info['user'],
server_info['name'],
common.hideipFun(server_info['host']) ))
if tar_name:
print(source_path+master_info['name']+'/'+tar_name)
check_up(server_num, data.scp_conns[ server_num ],source_path+master_info['name']+'/'+tar_name,data.paths[server_num]+'/', tar_name ,data.paths[server_num],n)
cmd = 'tar -xvf %s' %tar_name
print( cmd )
ssh.cmd(server_num,'cd '+data.paths[server_num]+' && '+ cmd)
cmd= 'rm %s' %tar_name
print( cmd )
ssh.cmd(server_num,'cd '+data.paths[server_num]+' && '+ cmd)
else:
check_up(server_num, data.scp_conns[ server_num ],source_path+master_info['name']+'/'+file_name,data.paths[server_num]+'/', fileName[ len(fileName)-1] ,data.paths[server_num],n)